Allright, the title might be somewhat misleading. I am sure some of you will think this is redicolus..
Very much inspired by James Miller - read his fabulous thread here:
http://www.reduser.net/forum/showthr...Caddy-3D-Print
I have now digged myself deep into the 3D printing rabbit hole - and i love the possibilities - highly reccomended.
The nice thing with this solution is that no sensor adjustment should be needed, due to the new lens mount with a shorter flange distance (I have never adjusted my sensor so should be in stock position - i can ofcourse not guarantee that no sensor adjustment will be needed). To avoid adjusting the sensor - you could also rotate the speedbooster outwards.
This will make you able to reach infinity focus if not able to with a fully seated speedboster into the holder.
It is very convenient to have as a tool - only having to switch OLPF and mount, and not perform a sensor adjustment.
It is ofcourse not perfect - a 3D printed lens mount might be the redicolus factor for some.
In the future if i see the need, i am thinking of contacting this company to custom make a mount to match the new flange distance when adding the speedbooster:
https://c7adapters.com/en/products
Some footage for comparison only, nothing exciting:
https://youtu.be/zZkqc4BNcbs
After doing this test i observed a light skewed vignetting - this is fixed now.
First of all, i did this mainly for myself, but after spending countless of hours (Weeks to be honest) on it - I thought maybe others might want it too and at the same time get paid for my time.
Might sound like much for some plastic - but taking into account development, printing time (4,5hrs per kit) and shipping i think it is fair.
What will it cost?
200 Dollars for this speedbooster, currently on sale: https://www.bhphotovideo.com/c/produ...f_lens_to.html
150 Dollars for the 3D printed parts, shipping included to make it simple (If you want DHL express that will be ekstra).
So 350 Dollars in total for a speedbooster for your DSMC2 camera - as long as you have a OLPF to use with it.
Read this guide prior to phurchase:
https://drive.google.com/open?id=14U...9177D559q_EaDy
Positives:
- 35MM FOV @ 7K FF with the Helium sensor (S-W should be fine @ 5K FF / Gemini should be fine @ 4,5K FF - i guess based on sensor size)
- One extra stop of light hitting your sensor
- Shooting slowmotion without S35 FOV cropping (To some extent ofcourse)
Negatives:
- No lens control
- No 8K FF without vignetting
- Plastic lens mount
- Some added flare due to speedboster elements
I do have 10 kits ready for shipping.
Even though I have no clue if anyone want to buy this, i have to say if there is high demand - have some patience since I am not able to produce many units a day with my one 3D-printer.
If it break down, it might cause a huge delay.
If you want to purchase, send me a email to: Fiskkjonli.media@gmail.com
Included in the package:
Any questions?
Some other stuff i have printed:
Side handle cover:
Carl Zeiss ZF.2 Lens gears:
Home made wireless SDI transmitter by the use of black magic SDI to HDMI converter together with the Amimon CONNEX Wireless Mini HD Video Link:
Simple adapter ring for my Zip box filter holder:
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